30W 12V/24V DC Brushless Vibration Electric Motor with Controller

30W micro DC brushless vibration motor is designed for industrial use. 12 volt or 24 volt variable speed vibration motor can be chosen. High speed 7000rpm, force 20kg, and IP 65 waterproof level, manufacturer direct sale.

Features

• 30W 12V/24V DC brushless vibrating electric motor with a variable speed controller achieves stable operation and can adjust the speed of rotation.
• High efficiency and energy saving, saving 40-60% of electricity compared to ordinary motors. Long service life, 5 times that of ordinary motors.
• Small industrial DC vibration motor provides accurate and fast regulator positioning and analog output.
• It is resistant to deformation and oxidation and can withstand long-term high-speed operation.
• Special voltage and speed can be customized, please contact us.

Specifications

Notes

1. +/- 20% voltage tolerance.
2. Max/Minimum speed range that can be achieved via potentiometer: 1000-7200rpm.

Dimension (Unit: mm)

Appearance Contrast Chart

Applications

ATO 30W 12V/24V 7000rpm micro DC brushless vibration electric motor is widely used in mining, metallurgy, coal, electric power, construction, chemical industry, medical care, casting, food, powder spraying equipment, powder sieving, food machinery, etc. 

Tips: What is the voltage of a vibration electric motor?

The voltage of a vibration electric motor can vary widely depending on the specific type, model, and its intended application. Generally, vibration motors are used in small devices (like phones or industrial equipment) and can range from:

• DC Vibration Motors: Typically operate at voltages like 3V, 5V, 6V, 12V, or 24V. Smaller motors (used in devices like phones or toys) might operate on low voltage like 3V or 5V.
• AC Vibration Motors: These can range from 110V to 220V depending on the region and application, though they can be designed for specialized applications that operate on different voltages (like 50V, 80V, etc.).

For example, vibration motors used in mobile phones or small portable devices often run on low-voltage DC, while larger motors used in industrial settings or for heavy-duty applications might use higher AC voltages.